A mixed two-phase stress/strain driven elasticity: In applications on static bending, vibration analysis and wave propagation

• Published in: European journal of mechanics, A, Solids Vol. 94; p. 104558
• Main Authors: Behdad, Shahin, Arefi, Mohammad
• Format: Journal Article
• Language: English
• Published: Berlin Elsevier Masson SAS 01.07.2022; Elsevier BV
• Subjects: Bending; Boundary conditions; Dynamic response; Elasticity; Exact solutions; Free vibration; Integral and differential constitutive laws; Mixtures; Propagation; Reliability analysis; Softening; Static bending; Stiffening; Strain; Stress propagation; Two-phase strain-driven local/nonlocal elasticity; Two-phase stress-driven local/nonlocal elasticity; Vibration analysis; Wave propagation; Static bending; Wave propagation; Two-phase stress-driven local/nonlocal elasticity; Two-phase strain-driven local/nonlocal elasticity; Integral and differential constitutive laws; Vibration analysis

In recent years, there are numerous papers that deal with two-phase strain-driven model, including softening effect, and two-phase stress-driven model, with stiffening effect, and also the nonlocal strain gradient model, with both the softening and stiffening effects, to seek the impacts of length s...